semiconductor Sentence Examples | Use semiconductor in a sentence

1.potential application of wbg semiconductor devices in active phased array radar are discussed in this paper as well.

2.the company also provides contract manufacturing and supply chain management services for semiconductor manufacturers and system oems.

3.abstract: the current study is focused on organic semiconductor lasers.

4.gaas semiconductor generator rotator temperature measuring system;

5.high impedance voltage switching may be necessary in applications such as monitoring electrochemical cells and measuring semiconductor resistivity.

6.the energy exchange between natural semiconductor minerals and chemoautotroph microbes was investigated in details in this paper.

7.the fibers consist of an array of metal electrodes connected to a semiconductor and are covered by an insulating polymer sheath.

8.the materials of semiconductor hetero-epitaxy and quantum dots are widely used in the fields such as nano-electronics and optoelectronics.

9.he then set out to make a new type of semiconductor crystal that would be able to emit visible, red light.

10.semiconductor: material used in the construction of transistors, diodes and photo-electric cells.

11.( electronics) consisting of semiconductor materials and components and related devices.

12.the paper presents the sorts, features and applications of semiconductor all optical switches.

13.in semiconductor receivers transistors take the place of vacuum tubes.

14.the absorption mechanism of semiconductor is studied.

15.even if samsung's smart-phone future is up in the air, the company can fall back on a hidden weapon: its semiconductor division.

16.a first conductive impurity ion is implanted into a semiconductor substrate to form a well area on which a gate electrode is formed.

17.heat radiation is the crux of all key technologies in high-power semiconductor lasers.

18.semiconductor manufacturers are trying to help developers transition to 32-bit devices by easing the migration to higher performance.

19.an external cavity semiconductor laser configuration, which employs fiber grating as feedback is reported in this paper.

20.equipment that involves the controlled conduction of electrons ( especially in a gas or vacuum or semiconductor).

21.objective to study the effect of argon laser and semiconductor laser on macular drusen and vision acuity.

22.the capacity and speed of semiconductor memory determines the operating speed of computer system.

23.the chaos pass filtering effect and synchronization behaviors of mutually coupled semiconductor lasers are studied numerically in this paper.

24.however, the evolution of machines has been slow compared to that of power semiconductor devices and power electronic converters.

25.the semiconductor memory device includes a bit line sense amplifier connected to a pair of bit lines.

26.the current behaves exactly as if the metal disk was replaced by a big cavity in the semiconductor that had to be circumnavigated.

27.the motion of electrons or holes in semiconductor in electric field.

28.semiconductor: class of crystalline solids with electrical conductivity between that of a conductor and an insulator.

29.semiconductor devices can perform a variety of control functions in electronic equipment.

30.semiconductor devices; metal cases with ceramic insulation, requirements and tests.

31.a semiconductor diode array that is programmed by fusing or burning out diode junctions.

32.at this time, the field of semiconductor lasers is dominated by heterojunction devices.

33.the preparation and characterization of metal nanoparticle and semiconductor nanoparticle on monolayers are introduced.

34.most solar cells have their fronts covered with a fine network of wires to carry away the current produced within the semiconductor.

35.the development of multiple section semiconductor lasers is reviewed.

36.a new optical method and the advanced semiconductor photoelectric technology were used in this device.

37.this process insures reliability and consistency making them ideal for use in biotechnology and semiconductor instrumentation.

38.this market research report covers the2008 silicon wafer reclaim for the semiconductor market and provides a forecast to2011.

39.related working experience in semiconductor product analysis and characterization is preferred.

40.finally, the possibility for using doped semiconductor and nanometer material to achieve infrared and rada.